UHV1A102MPD1TD

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Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors are devices which primarily store and release electrical energy. These components make use of aluminum separator, dielectric oxide film and electrolyte which can store, transmit and release electric energy much like rechargeable batteries.

The UHV1A102MPD1TD is an aluminum electrolytic capacitor constructed in the radial format and comes under the type code MAX. It comprises a molded plastic housing paired with solid and discharge proof hub bar, aluminum connectors for contacting pins, electrolyte filled in the casing and dielectric aluminum oxide film being used as the dielectric material. The capacitor has 0.10 µF capacitance and rated to run on a maximum of 100 V DC voltage.

Application fields

The UHV1A102MPD1TD aluminum electrolytic capacitor is designed for a wide range of applications. It is especially suitable for intermittent and continuous duties in circuit board interference suppression applications. It is also applicable for use in power supplies, power conditioning, power factor correction issues or any place where interference suppression is needed. Additionally, it can be used in various other applications as long as the voltage environmental rating is kept in mind. It is typically used in control equipment, power filtering systems, consumer electronics, light dimmer or high-end audio.

Working principles

The UHV1A102MPD1TD capacitor operates by storing energy in a dielectric. A dielectric is a non-conductive material between the two conducting electrodes. It is made up of aluminum foil or an oxide film. When a voltage is applied to the aluminum electrolytic capacitor, the oxide film stores energy in an electric field between the two electrodes. The device acts like a filter and can be used for noise suppression and noise filtering, voltage homogenization, and AC to DC conversion.

The process of storing and releasing energy is accomplished through maintenance of potential difference between the positive and negative sides of the device. Energy is stored when the potential difference exceeds the jump-in voltage of the capacitor and released when the potential difference is diminished to below the jump-off voltage of the capacitor. Since the UHV1A102MPD1TD is a polarized aluminum electrolytic capacitor, it should be used only in the correct polarity for reliable energy storage.

The winding angle of the capacitor is also an important factor in energy storage. A winding angle of 90 degrees means that the capacitor stores and releases its energy evenly. Any winding angle greater than 90 degrees causes an increased buildup in energy stored in the capacitor which can cause large capacitive surges and interference.

Conclusion

The UHV1A102MPD1TD aluminum electrolytic capacitor provides high performance and reliability in a wide range of applications. It can be used in power supplies, power conditioning, power factor correction, interference suppression, and AC to DC conversion. Its dielectric made of aluminum oxide film, its non-conductive plastic housing, and its winding angle of 90 degrees all contribute to its reliable energy storage and release.

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